Scientists extracted and analyzed chitin-binding peptides from seeds to develop new antifungal agents. Peptides inhibited growth of certain fungi with low toxicity, showing potential for novel antifungal compounds.
Moringa seed extract has potent anticancer, anti-inflammatory, antioxidant, and antibacterial properties. It induces apoptosis, cell cycle arrest, and upregulates tumor-suppressing proteins while being safe for normal cells. It shows promise for developing selective cancer treatment drugs.
Researchers found S. purpurea and other carnivorous plants have evolved antiviral activity, likely due to their plant-prey relationship. This trait may provide insight for developing new antiviral treatments.
Study found that antibiotics and arsenic interact in soil-plant systems, affecting arsenic species and biotransformation genes. Proteobacteria play significant roles. Understanding this interaction is crucial for managing risks in soil-plant systems.
A study found that the n-hexane fraction of silk tree extract has strong antifungal properties against Fusarium oxysporum. It contains various compounds that bind to key proteins, making it a potential management tool for fungal infections.
Study examined antiviral activity of extracts from two plants against avian flu. Nano formulation of fruit extract showed highest potency. Specific flavonoids in extracts had strong binding to essential flu proteins. Potential for new antiviral agent.
Study investigated phytochemicals in and fruits, finding cranberry extracts had higher antioxidant activity and inhibited bacterial growth. Cranberry fruit extracts also showed cytotoxicity against prostate and renal cancer cells, suggesting potential for natural remedies in bacterial infections and cancer therapy.
Study tested and fruit extracts on bacteria from pets with UTIs, finding strong antimicrobial activity. Potential alternative to antibiotics, combating antibiotic resistance.